While you might never ponder the relationships between topography, forest phenology and bird habitat quality, those questions motivate the research conducted by Maia Persche in the Baraboo Hills of Southern Wisconsin.
What happens to croplands/forests during political instability? Johanna Buchner’s work in the Caucasus shows that change is dependent on local conditions, and not similar across broad scales.
Kristin Brunk is conducting research to determine if management of one bird species can conserve the other in California.
Laura Farwell is using image texture measures as powerful predictors of regional and global biodiversity patterns.
Elena Razenkova found that remote measures of productivity like DHI can help explain moose abundance over the last 3 decades.
Diana Guzman Colon is using molecular markers and stable isotopes to find out the spatial arrangement and connectivity of mongoose populations and their diet.
For the jaguar in Mexico, habitat connectivity might be the most conservation sound option to avoid decimation. Carlos designed a model that integrates potential distribution and connectivity which could influence management of jaguars in Central Mexico.
The Indochinese tiger (Panthera tigris) is one of the most emblematic animal species on Earth but also one of the most endangered wildlife species globally. A current study is using remote sensing techniques to map the distribution and connectivity of tiger habitat in Thailand, one of the last remaining hotspots for the Indochinese tiger.
How often do you plan? Do you plan your work, vacations, or social life? Now think, how often, for one good reason or another, have your activities gone astray from the plan? You are not alone.
Sacred forests in southwest China’s Yunnan Province are keystone structure for forest birds of conservation concern. Jodi Brandt and Eric Wood set out to better understand what characteristics of the forest promote bird communities.
